The most popular full-matrix program in crystallography is SHELXL, which has a conjugate gradients mode as well, especially designed for macromolecular refinement.
In the actual form, the most popular TRIZ tool contradiction matrix, seems to be too abstract for use by the chemical engineers.
Of the many supertree methods, the most popular is MRP (Matrix Representation with Parsimony), a method that operates by first encoding the input set of source trees by a large matrix (the "MRP matrix") over {0,1, ?}, and then running maximum parsimony heuristics on the MRP matrix.
The SVD method is the most popular tool for correlation matrix analysis.
The most popular instance of the matrix GM is considered to be the Karcher mean (Jeuris et al., 2012).
The most popular approximated method is the sample matrix inversion (SMI) method which consists in inverting the covariance matrix estimated by an average of the sample matrix over the secondary range cells.
In this section, we will also survey the most popular case when the signature matrices and input vector entries are binary including active user detection.
One of the most popular codes to solve stiff Differential Matrix Riccati Equations (DMREs) is based on Backward Differentiation Formula (BDF).
As one of the most popular data-representation methods, non-negative matrix factorization (NMF) has been widely used in image processing and pattern recognition.
Some most popular molecular editors [2,5,18] have Z-matrix editor built-in, where users can interactively change internal coordinates.
